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'Südpol Celeste' Bilder und Clips Suchergebnisse page 1 of 1

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Bilder zu 'Südpol Celeste' gefunden, 38

 
Circumpolar in Ecuador - Star Trail from the Equator (Ecuador) - Star line taken from Ecuador, Ecuador. 10 hours of cumulative poses show us more than 90% of all the visible sky (the remaining 10% are drowned in solar light). A shooting star indicates the South Pole to the horizon to the left of the image. The north pole is on the right horizon. This image is an unprecedented star trail image taken from the Equator (this imaginary line that splits the Earth into the two hemispheres) in Ecuador (the country). If you stand on the Equator line you can see the Southern Pole at the horizon to the South (left of the image) and the Northern pole at the horizon on the opposite direction. The Earth rotation will make all the sky and stars look like they rotate around these two points, making them appear as concentric circles (which look like ellipses on this distorsioning fish eye image). Note that on this image, that cumulates 10 hours of exposure starting 1 hour after sunset and finishing 1 h

Stephane Guisard

PIX4581325

Circumpolar in Ecuador - Star Trail from the Equator (Ecuador) - Star line taken from Ecuador, Ecuador. 10 hours of cumulative poses show us more than 90% of all the visible sky (the remaining 10% are drowned in solar light). A shooting star indicates the South Pole to the horizon to the left of the image. The north pole is on the right horizon. This image is an unprecedented star trail image taken from the Equator (this imaginary line that splits the Earth into the two hemispheres) in Ecuador (the country). If you stand on the Equator line you can see the Southern Pole at the horizon to the South (left of the image) and the Northern pole at the horizon on the opposite direction. The Earth rotation will make all the sky and stars look like they rotate around these two points, making them appear as concentric circles (which look like ellipses on this distorsioning fish eye image). Note that on this image, that cumulates 10 hours of exposure starting 1 hour after sunset and finishing 1 h

Stephane Guisard

PIX4581325

 
Circumpolar - Hemisphere south and hemisphere north - North and South celestial pole star trails - Photographic pose of several hours around the south celeste pole (left) in Australia and around the north pole in La Palma, Canary Islands. As the earth spins beneath the stars they appear to move across the sky from east to west. However, if one looks in the direction of the celestial poles, the stars appear to circle a single point on the sky. This is the position of the earth's axis of rotation projected into space. These pictures were made from Siding Spring Observatory in Australia, and from the La Plama Observatory in the Canary Islands, so the pivotal points are about 30 degrees above their respective horizons, which reflects their geographical latitudes

PIX4581115

Circumpolar - Hemisphere south and hemisphere north - North and South celestial pole star trails - Photographic pose of several hours around the south celeste pole (left) in Australia and around the north pole in La Palma, Canary Islands. As the earth spins beneath the stars they appear to move across the sky from east to west. However, if one looks in the direction of the celestial poles, the stars appear to circle a single point on the sky. This is the position of the earth's axis of rotation projected into space. These pictures were made from Siding Spring Observatory in Australia, and from the La Plama Observatory in the Canary Islands, so the pivotal points are about 30 degrees above their respective horizons, which reflects their geographical latitudes

PIX4581115

 
Circumpolar - South Hemisphere - South celestial pole star trails - Photographic pose of several hours around the south celeste pole. As the earth spins beneath the stars they appear to move across the sky from east to west. However, if one looks in the direction of the celestial poles, the stars appear to circle a single point on the sky. This is the position of the earth's axis of rotation projected into space. This picture was made from Siding Spring Observatory in Australia, so the pivotal point is 30 degrees above the northern horizon, which is the geographical latitude of Siding Spring. In the northern sky there is a bright star very close to the celestial pole. By contrast the region of the south celestial pole is barren

PIX4581110

Circumpolar - South Hemisphere - South celestial pole star trails - Photographic pose of several hours around the south celeste pole. As the earth spins beneath the stars they appear to move across the sky from east to west. However, if one looks in the direction of the celestial poles, the stars appear to circle a single point on the sky. This is the position of the earth's axis of rotation projected into space. This picture was made from Siding Spring Observatory in Australia, so the pivotal point is 30 degrees above the northern horizon, which is the geographical latitude of Siding Spring. In the northern sky there is a bright star very close to the celestial pole. By contrast the region of the south celestial pole is barren

PIX4581110

 
Octant Constellation - Octans Constellation - It is in this constellation that the star Sigma octantis indicates the southern Celestial pole, but this star is too small to be a good repere, being barely visible to the naked eye. Lower left, the Little Magellan Cloud. Octans is notable mainly as the location of the south celestial pole. Its star Sigma Octantis is the closest naked - eye star to the pole, but it is so faint that it is practically useless as a polar star for navigation purposes. On bottom left, the Small Magellic cloud is visible

Christopher Picking

PIX4592318

Octant Constellation - Octans Constellation - It is in this constellation that the star Sigma octantis indicates the southern Celestial pole, but this star is too small to be a good repere, being barely visible to the naked eye. Lower left, the Little Magellan Cloud. Octans is notable mainly as the location of the south celestial pole. Its star Sigma Octantis is the closest naked - eye star to the pole, but it is so faint that it is practically useless as a polar star for navigation purposes. On bottom left, the Small Magellic cloud is visible

Christopher Picking

PIX4592318

 
Circumpolar - hemisphere sud - Dawn and evening twilights reflected on the AAT dome - Photographic pose of 6 hours during a summer night, around the south Celeste pole. Siding Spring's 3.9m telescope dome in the foreground. From a truly dark site like Siding Spring, Australia, the duration of star trail exposures is governed only by the length of the night. The shortest nights are in December, at the height of summer, when it is truly dark for a little over six hours. “True darkness” for astronomers is defined as the period between “” astronomical twilights” when the sun is 18 or more degrees below the horizon. This exposure was a little over six hours long on one December night, and the AAT dome reflects both the evening twilight on the west (right) of the dome and the morning twilight from the eastern glow on the left

PIX4581086

Circumpolar - hemisphere sud - Dawn and evening twilights reflected on the AAT dome - Photographic pose of 6 hours during a summer night, around the south Celeste pole. Siding Spring's 3.9m telescope dome in the foreground. From a truly dark site like Siding Spring, Australia, the duration of star trail exposures is governed only by the length of the night. The shortest nights are in December, at the height of summer, when it is truly dark for a little over six hours. “True darkness” for astronomers is defined as the period between “” astronomical twilights” when the sun is 18 or more degrees below the horizon. This exposure was a little over six hours long on one December night, and the AAT dome reflects both the evening twilight on the west (right) of the dome and the morning twilight from the eastern glow on the left

PIX4581086

 
Circumpolar - South Hemisphere - Star trails around the south celestial pole - 10h30 photographic installation on 400 ISO film around the south celeste pole. Siding Spring's 3.9m telescope dome in the foreground. By pointing a camera towards the south (or to the north in the northern hemisphere) at night, we can record the paths of stars which never set. They appear to circle the apparent position of the Earth's axis of rotation projected on the sky. The elevation of this position above the local horizon indicates our local geographical latitude, about 30 degrees south at Siding Spring. The angle swept out by the arcs is an indication of the exposure time, which was about 10.5 hours on 400 ISO colour film. This kind of exposure is only possible from an extremely dark site

PIX4581074

Circumpolar - South Hemisphere - Star trails around the south celestial pole - 10h30 photographic installation on 400 ISO film around the south celeste pole. Siding Spring's 3.9m telescope dome in the foreground. By pointing a camera towards the south (or to the north in the northern hemisphere) at night, we can record the paths of stars which never set. They appear to circle the apparent position of the Earth's axis of rotation projected on the sky. The elevation of this position above the local horizon indicates our local geographical latitude, about 30 degrees south at Siding Spring. The angle swept out by the arcs is an indication of the exposure time, which was about 10.5 hours on 400 ISO colour film. This kind of exposure is only possible from an extremely dark site

PIX4581074

 
Circumpolar - South Hemisphere - Star trails around the south celestial pole - Photographic pose of several hours around the south celeste pole. Siding Spring's 3.9m telescope dome in the foreground. The reddish color of the sky is due to the volcanic eruption of the Pinatubo. On June 15, 1991, after weeks of rumbling and venting steam and poisonous gas, Mt Pinatubo exploded on the island of Luzon, in the Phillipines. This was the largest volcanic eruption for nearly a century. The eruption killed over 700 people and ejected several cubic kilometers of dust and gas over 35 km high into the stratosphere. The effects were felt around the world and included a temporary global cooling and a thinning of the ozone layer as well as other changes in the global weather pattern. However, the most obvious effect for many people was a milkiness in the daytime sky due to scattering by high altitude aerosols, and corresponding anomalous sunsets and twilights that were noticable for years. This pictu

PIX4581098

Circumpolar - South Hemisphere - Star trails around the south celestial pole - Photographic pose of several hours around the south celeste pole. Siding Spring's 3.9m telescope dome in the foreground. The reddish color of the sky is due to the volcanic eruption of the Pinatubo. On June 15, 1991, after weeks of rumbling and venting steam and poisonous gas, Mt Pinatubo exploded on the island of Luzon, in the Phillipines. This was the largest volcanic eruption for nearly a century. The eruption killed over 700 people and ejected several cubic kilometers of dust and gas over 35 km high into the stratosphere. The effects were felt around the world and included a temporary global cooling and a thinning of the ozone layer as well as other changes in the global weather pattern. However, the most obvious effect for many people was a milkiness in the daytime sky due to scattering by high altitude aerosols, and corresponding anomalous sunsets and twilights that were noticable for years. This pictu

PIX4581098

 
Circumpolar - hemisphere sud - Star trails around the south celestial pole - 10h30 photographic installation on 400 ISO film around the south celeste pole. Siding Spring's 3.9m telescope dome in the foreground. By pointing a camera towards the south (or to the north in the northern hemisphere) at night, we can record the paths of stars which never set. They appear to circle the apparent position of the Earth's axis of rotation projected on the sky. The elevation of this position above the local horizon indicates our local geographical latitude, about 30 degrees south at Siding Spring. The angle swept out by the arcs is an indication of the exposure time, which was about 10.5 hours on 400 ISO colour film. This kind of exposure is only possible from an extremely dark site

PIX4581063

Circumpolar - hemisphere sud - Star trails around the south celestial pole - 10h30 photographic installation on 400 ISO film around the south celeste pole. Siding Spring's 3.9m telescope dome in the foreground. By pointing a camera towards the south (or to the north in the northern hemisphere) at night, we can record the paths of stars which never set. They appear to circle the apparent position of the Earth's axis of rotation projected on the sky. The elevation of this position above the local horizon indicates our local geographical latitude, about 30 degrees south at Siding Spring. The angle swept out by the arcs is an indication of the exposure time, which was about 10.5 hours on 400 ISO colour film. This kind of exposure is only possible from an extremely dark site

PIX4581063

 
Carene Constellation and Southern Constellation - Constellation of Carina and southern constellations - The constellation of Carene, the Great Magellan Cloud, the southern Celestial pole, and the star Canopus. This part of the sky is best seen in the early evening between April and June. Carina the Keel, is a remnant of Argo Navis, a giant mythical sailing vessel afloat on the southern Milky Way, described elsewhere. The constellation is a delight for southern hemisphere observers, with many star clusters and nebulae visible in binoculars or modest telescopes. Some of these are quite spectacular in a large telescope. The second brightest star in the sky, Canopus (a Car) is here as is Eta Carinae, one of the most massive and unstable stars in the Galaxy. Eta is hidden in the most conspicuous nebula in Carina, NGC 3372, the Great Carina nebula. This photograph also shows the location of the south celestial pole and the Large Magellanic Cloud as well as several complete or almost complete

PIX4589528

Carene Constellation and Southern Constellation - Constellation of Carina and southern constellations - The constellation of Carene, the Great Magellan Cloud, the southern Celestial pole, and the star Canopus. This part of the sky is best seen in the early evening between April and June. Carina the Keel, is a remnant of Argo Navis, a giant mythical sailing vessel afloat on the southern Milky Way, described elsewhere. The constellation is a delight for southern hemisphere observers, with many star clusters and nebulae visible in binoculars or modest telescopes. Some of these are quite spectacular in a large telescope. The second brightest star in the sky, Canopus (a Car) is here as is Eta Carinae, one of the most massive and unstable stars in the Galaxy. Eta is hidden in the most conspicuous nebula in Carina, NGC 3372, the Great Carina nebula. This photograph also shows the location of the south celestial pole and the Large Magellanic Cloud as well as several complete or almost complete

PIX4589528

 
Constellation of Carene - Constellation of Carina - The constellation of Carene, the Great Magellan Cloud, the southern Celestial pole, and the star Canopus. This part of the sky is best seen in the early evening between April and June. Carina the Keel, is a remnant of Argo Navis, a giant mythical sailing vessel afloat on the southern Milky Way, described elsewhere. The constellation is a delight for southern hemisphere observers, with many star clusters and nebulae visible in binoculars or modest telescopes. Some of these are quite spectacular in a large telescope. The second brightest star in the sky, Canopus (a Car) is here as is Eta Carinae, one of the most massive and unstable stars in the Galaxy. Eta is hidden in the most conspicuous nebula in Carina, NGC 3372, the Great Carina nebula. This photograph also shows the location of the south celestial pole and the Large Magellanic Cloud as well as several complete or almost complete constellations, including Apus, Chameleon, Crux, Do

PIX4589603

Constellation of Carene - Constellation of Carina - The constellation of Carene, the Great Magellan Cloud, the southern Celestial pole, and the star Canopus. This part of the sky is best seen in the early evening between April and June. Carina the Keel, is a remnant of Argo Navis, a giant mythical sailing vessel afloat on the southern Milky Way, described elsewhere. The constellation is a delight for southern hemisphere observers, with many star clusters and nebulae visible in binoculars or modest telescopes. Some of these are quite spectacular in a large telescope. The second brightest star in the sky, Canopus (a Car) is here as is Eta Carinae, one of the most massive and unstable stars in the Galaxy. Eta is hidden in the most conspicuous nebula in Carina, NGC 3372, the Great Carina nebula. This photograph also shows the location of the south celestial pole and the Large Magellanic Cloud as well as several complete or almost complete constellations, including Apus, Chameleon, Crux, Do

PIX4589603

 
Constellations near the south pole - Constellations near southern celestial pole - Image obtained from New Zealand

Christopher Picking

PIX4594573

Constellations near the south pole - Constellations near southern celestial pole - Image obtained from New Zealand

Christopher Picking

PIX4594573

 
The Southern Milky Way and south celestial pole - The Octant constellation houses the southern Celestial pole. See annotee image a - cst98 - 00005 to identify the different constellations present in the image. This part of the sky was mostly uncharted by Europeans until the 17th and 18th centuries, so many of the constellations in the southern (lower) half of the image are relatively modern constructions without mythlogical connotations. Octans, the Octant (a forerunner of the sextant) is an Enlightenment - period instrument whose outline was constructed on the sky by the vivid imagination of the Abbe Lacaille. The constellation is quite large but totally undistinguished. Its only notable feature is the South Celestial Pole, with is marked (within a degree or so) by the faint star s Octantis. Apus, the Bird of Paradise, first appeared in the star charts of the German astronomer Johann Bayer in 1603. It contains no named stars. Chameleon, a type of lizard. The stars here are even fainte

PIX4594597

The Southern Milky Way and south celestial pole - The Octant constellation houses the southern Celestial pole. See annotee image a - cst98 - 00005 to identify the different constellations present in the image. This part of the sky was mostly uncharted by Europeans until the 17th and 18th centuries, so many of the constellations in the southern (lower) half of the image are relatively modern constructions without mythlogical connotations. Octans, the Octant (a forerunner of the sextant) is an Enlightenment - period instrument whose outline was constructed on the sky by the vivid imagination of the Abbe Lacaille. The constellation is quite large but totally undistinguished. Its only notable feature is the South Celestial Pole, with is marked (within a degree or so) by the faint star s Octantis. Apus, the Bird of Paradise, first appeared in the star charts of the German astronomer Johann Bayer in 1603. It contains no named stars. Chameleon, a type of lizard. The stars here are even fainte

PIX4594597

 
The Southern Milky Way and south celestial pole - The Southern Milky Way and south celestial pole - The Octant constellation houses the south celeste pole (mark of a cross) This part of the sky was mostly uncharted by Europeans until the 17th and 18th centuries, so many of the constellations in the southern (lower) half of the image are relatively modern constructions without mythlogical connotations. Octans, the Octant (a forerunner of the sextant) is an Enlightenment - period instrument whose outline was constructed on the sky by the vivid imagination of the Abbe Lacaille. The constellation is quite large but totally undistinguished. Its only notable feature is the South Celestial Pole, with is marked (within a degree or so) by the faint star s Octantis. Apus, the Bird of Paradise, first appeared in the star charts of the German astronomer Johann Bayer in 1603. It contains no named stars. Chameleon, a type of lizard. The stars here are even fainter than those in Apus. Mensa, the cons

PIX4594601

The Southern Milky Way and south celestial pole - The Southern Milky Way and south celestial pole - The Octant constellation houses the south celeste pole (mark of a cross) This part of the sky was mostly uncharted by Europeans until the 17th and 18th centuries, so many of the constellations in the southern (lower) half of the image are relatively modern constructions without mythlogical connotations. Octans, the Octant (a forerunner of the sextant) is an Enlightenment - period instrument whose outline was constructed on the sky by the vivid imagination of the Abbe Lacaille. The constellation is quite large but totally undistinguished. Its only notable feature is the South Celestial Pole, with is marked (within a degree or so) by the faint star s Octantis. Apus, the Bird of Paradise, first appeared in the star charts of the German astronomer Johann Bayer in 1603. It contains no named stars. Chameleon, a type of lizard. The stars here are even fainter than those in Apus. Mensa, the cons

PIX4594601

 
Southern constellations around the Clock - Southern constellations around Horologium - Southern constellations around the Clock. The two bright stars are Canopus (bottom) and Achernar. This wide angle image includes Horologium, Phoenix and Pictor, insignificant constellations roughly centred on an arc of delination 50* south, but at a scale too small to show the star identifications and stick figures. Horologium, the Pendulum Clock (originally l'Horloge and then Horologium Oscillitorium), was a constellation introduced by Abbe Nicolas Louis de Lacaille during his stay at the Cape of Good Hope between 1751 and 1752. It was named to honor Christian Huygens as the inventor of this type of clock, but the idea for such a method of regulating time came from Galileo. Lacaille's constellation drawing shows a remarkably detailed dial, weights and a pendulum that has little apparent connection with the scattering of faint stars in this part of the sky. There are no named stars and little else in

PIX4594625

Southern constellations around the Clock - Southern constellations around Horologium - Southern constellations around the Clock. The two bright stars are Canopus (bottom) and Achernar. This wide angle image includes Horologium, Phoenix and Pictor, insignificant constellations roughly centred on an arc of delination 50* south, but at a scale too small to show the star identifications and stick figures. Horologium, the Pendulum Clock (originally l'Horloge and then Horologium Oscillitorium), was a constellation introduced by Abbe Nicolas Louis de Lacaille during his stay at the Cape of Good Hope between 1751 and 1752. It was named to honor Christian Huygens as the inventor of this type of clock, but the idea for such a method of regulating time came from Galileo. Lacaille's constellation drawing shows a remarkably detailed dial, weights and a pendulum that has little apparent connection with the scattering of faint stars in this part of the sky. There are no named stars and little else in

PIX4594625

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